Sustainable Management of Energy Storage in Electric Vehicles Involved in a Smart Urban Environment

Electric vehicles are increasingly used for green transportation in smart urban mobility, thus protecting environmental biodiversity and the ecosystem. Energy storage by electric vehicle batteries is a critical point of this ecologically responsible transportation. This storage is strongly linked to the different external managements related to its capacity state. The latter concerns the interconnection of storage to energy resources, charging strategies and their complexity. In an elegant urban context, charging strategies would use wireless devices. These may involve complex frames and unwanted electromagnetic field interferences. Sustainable management of wireless devices and battery state conditions allows for optimized operation and minimized adverse effects. Such management includes sustainable design of devices and monitoring of complex connected procedures. The present contribution aims to analyze this management and to highlight the mathematical routines enabling the design and control tasks involved. The investigations involved are closely related to responsible attitude, “One Health” and twin supervision approaches. The sections of the article are related to: electric vehicle in smart mobility, sustainable design and control, electromagnetic exposures, governance of physical and mathematical representation, charging routines, protection against adverse effects and supervision of complex connected vehicles. The research presented in this article is supported by examples from the literature.